Thermosyphon heat dissipation combined switch cabinet

Abstract

The invention discloses a thermosyphon heat dissipation combined type switch cabinet. The device comprises a bottom plate. A bottom notch is arranged in the top. A mounting bracket is vertically arranged at the center. The device comprises a corner bracket which is vertically arranged above the bottom plate. A bottom connecting insertion block is arranged at the bottom end of the corner bracket. The corner bracket is connected with the bottom notch through the bottom connecting insertion block. A top end connecting hole is formed in the top of the corner bracket, and an embedding groove is formed in the middle of the corner bracket. The device comprises a locking block which is arranged in the middle of the embedding groove, and a locking magnet is arranged on the rear side of the lockingblock. According to the invention, the design of a split structure is adopted; the whole switch cabinet is divided into the bottom plate, the corner bracket, side face supporting plates and a top cover plate; the plates are all of plane structures and are convenient to stack, transport and move, meanwhile, embedded connection structures are arranged between the plates and can be manually installed, spliced and fixed; the locking structures can be conveniently and manually unlocked; the switch cabinet is convenient to install and detach; and the use convenience of the switch cabinet is improved.

Description

technical field [0001] The invention relates to electrical equipment, in particular to a thermosiphon heat dissipation combined switchgear. Background technique [0002] The switchgear is a kind of electrical equipment. The main function of the switchgear is to open and close, control and protect the electrical equipment during the process of power generation, transmission, distribution and power conversion in the power system. control switch, and then enter the sub-control switch, each branch is set according to its needs, such as instrumentation, automatic control, motor magnetic switch, various AC contactors, etc. Such as power plants, etc., some also have low cycle load shedding to ensure the main equipment. The applicant found that because the switchgear is a hollow shell structure, the volume occupied by the finished switchgear is often large during transportation, which wastes transportation space and is easily damaged by collision during the moving process. However,...

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Problems solved by technology

The applicant found that because the switchgear is a hollow shell structure, the volume occupied by the finished switchgear is often large during transportation, which wastes transportation space and is easily damaged by collision during the moving process. However, if it is transported in a semi-finished state, the ordinary switchgear Cabinets often need to be installed and assembled by welding or screws. The installation steps are cumbersome and require a high technical level, which is not convenient for installation and assembly. In addition, it is difficult to repair and replace when a part of the switch cabinet is damaged in the permanent assembly installation method. The entire switchgear needs to be replaced, which is wasteful

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